One Piece Java Game ((NEW)) Download

If you have the pieces stored as a matrix you can rotate the matrix with a generic function. Say you want to rotate [[1, 1, 1], [0, 0, 0], [0, 0, 0]] 90 degrees to the left -> [[1,0,0], [1,0,0], [1,0,0]]. Does that help?

The other way to do this, that would be super simple, would be to treat the board as a fixed number of cells and then just treat each 'rotation' as a way of computing how much each piece's position should be shifted, then just reseat the pieces, as it were, then have them draw themselves, so from the perspective of the pieces, they are just told: 'ok, you are now at A5.'

One Piece Java Game Download

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I would suggest that you define a piece as points relative to a single point of rotation. You can then (with a little matrix algebra) apply a simple rotation 3 times to get the other layouts relative to the centre point.

You should not add a superclass-subclass relations to the individual pieces. The Queen is not the special case of the Rook, neither the Rook is the special case of the Queen. They are just different pieces. You may create an interface (or an abstract class) Piece and provide different implementations like Rook, Bishop, Queen and so on.

I'm working on to do my assignment. It is a chess design(AI, GUI not required), I have piece class. The piece class has two variables: color and name. So far I have a "move method" like this in this class. `

In this code, I want to find an index which is the old index of the piece I want to move, then moving it then setting its old index to null but this is not working. I can see the name on screen but not the color. Also, old index is not set to null. How to do it? I started to think using an object(piece) array but how?

I'm not really sure where / how I should be keeping track of where pieces are. As of now, I just have a 2d array of Piece objects. However, I think this'll present some challenges. For instance, say a user clicks on a piece, wants to move it. I need to figure out whether the move is valid and for that, I'll need the current square the piece is on.

Instead of having your board be an 8x8 array of pieces, why not have a single dimensional array of 64 Tile's. The Tile class can be abstract and have two sub classes, OccupiedTile and EmptyTile. Each tile can have an integer coordinate, numbered 0 to 63, and OccupiedTiles also have a Piece on them.

Piece should also have sub classes like Knight, Bishop, Pawn, Rook, Queen, and King. That way their toString() method can return a fixed value for the pieceName, instead of tracking it as a member field

Your Piece[8][8] approach seems adequate for tracking the positions of the pieces (except that I would rather make it its own class, with an array inside of it, you will probably want it to have more logic sooner or later than just setting and moving pieces). As to determining where a piece can move, that seems like a function of the actual piece:

Most of the time, you won't need the second argument, but it will be necessary to handle special cases - like castling or en passant - where the possibility of a move depends on other pieces on the board (you actually need even more info to handle en passant properly, but it's not much to do with the question at hand.

Given that the behavior of a Piece strongly depends on its position in the Board, it should know in which tile it. Thus, when you first put all the pieces in the Board, the Board should assign the corresponding tile to each Piece (note however that this knowledge corresponds to the rules of the ChessGame, not the Board as you might want to use the Board and Pieces for, say, a variation of Chess.) Similarly, when a Piece is taken out from the Board (presumably by the ChessGame), the Piece should lose its tile (by annihilating it.)

The problem I'm experiencing is moving chess pieces around the grid. According to the guidelines, I need to create a moveTo() method in a ChessSquare class that would look as following: pieceThatIWantToMove.moveTo(destinationSquare){ where pieceThatIWantToMove and destinationSquare are variables that hold information about piece you want to move and destination square correspondingly.

Here is how it is written in the guideline: "Write a moveTo method for your ChessSquare class. This should take another ChessSquare as a parameter. When invoked, this method should move the chess piece on that chess square to the chess square provided as a parameter."

This class represents a part or form item that was received within a multipart/form-data POST request.Since: Servlet 3.0Method Summary voiddelete()

Deletes the underlying storage for a file item, including deleting any associated temporary disk file. java.lang.StringgetContentType()

Gets the content type of this part. java.lang.StringgetHeader(java.lang.String name)

Returns the value of the specified mime header as a String. java.util.CollectiongetHeaderNames()

Gets the header names of this Part. java.util.CollectiongetHeaders(java.lang.String name)

Gets the values of the Part header with the given name. java.io.InputStreamgetInputStream()

Gets the content of this part as an InputStream java.lang.StringgetName()

Gets the name of this part longgetSize()

Returns the size of this fille. voidwrite(java.lang.String fileName)

A convenience method to write this uploaded item to disk. Method DetailgetInputStreamjava.io.InputStream getInputStream() throws java.io.IOExceptionGets the content of this part as an InputStreamReturns:The content of this part as an InputStreamThrows:java.io.IOException - If an error occurs in retrieving the contet as an InputStreamgetContentTypejava.lang.String getContentType()Gets the content type of this part.Returns:The content type of this part.getNamejava.lang.String getName()Gets the name of this partReturns:The name of this part as a StringgetSizelong getSize()Returns the size of this fille.Returns:a long specifying the size of this part, in bytes.writevoid write(java.lang.String fileName) throws java.io.IOExceptionA convenience method to write this uploaded item to disk. This method is not guaranteed to succeed if called more than once for the same part. This allows a particular implementation to use, for example, file renaming, where possible, rather than copying all of the underlying data, thus gaining a significant performance benefit.Parameters:fileName - the name of the file to which the stream will be written. The file is created relative to the location as specified in the MultipartConfigThrows:java.io.IOException - if an error occurs.deletevoid delete() throws java.io.IOExceptionDeletes the underlying storage for a file item, including deleting any associated temporary disk file.Throws:java.io.IOException - if an error occurs.getHeaderjava.lang.String getHeader(java.lang.String name)Returns the value of the specified mime header as a String. If the Part did not include a header of the specified name, this method returns null. If there are multiple headers with the same name, this method returns the first header in the part. The header name is case insensitive. You can use this method with any request header.Parameters:name - a String specifying the header nameReturns:a String containing the value of the requested header, or null if the part does not have a header of that namegetHeadersjava.util.Collection getHeaders(java.lang.String name)Gets the values of the Part header with the given name. Any changes to the returned Collection must not affect this Part. Part header names are case insensitive.Parameters:name - the header name whose values to returnReturns:a (possibly empty) Collection of the values of the header with the given namegetHeaderNamesjava.util.Collection getHeaderNames()Gets the header names of this Part. Some servlet containers do not allow servlets to access headers using this method, in which case this method returns null Any changes to the returned Collection must not affect this Part.Returns:a (possibly empty) Collection of the header names of this Part Overview Package Class Tree Deprecated Index Help PREV CLASS NEXT CLASS FRAMES NO FRAMES All Classes SUMMARY: NESTED | FIELD | CONSTR | METHODDETAIL: FIELD | CONSTR | METHODSubmit a bug or feature Copyright 2009-2011, Oracle Corporation and/or its affiliates. All Rights Reserved. Use is subject to license terms. Generated on 10-February-2011 12:41 var s_code=s.t();if(s_code)document.write(s_code)Scripting on this page tracks web page traffic,but does not change the content in any way.

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The Stream interface in java.util .stream.Stream defines many operations, which can be grouped in two categories. In the example illustrated in Figure 1, you can see the following operations:

The King class is probably the most complicated of all pieces. The posMoves() method makes sure the King does not step right into the line of fire, by checking every possible danger in every possible move:

posMoves is about the game in the abstract - that's clearly a representation of the rules of the game (applied to the specific state). But a javax.swing.Icon ? That only makes sense in a presentation layer that is specifically using swing icons for something. So you clearly have an interface here that is representing two very different concerns; which in turn is going to make it hard to create good modules, tests, and so on. 2351a5e196